The Pro-Rectory of Graduation (PRG), Pro-Rectory of Post-Graduation (PRPG) and Pro-Rectory of Culture and University Extension (PRCEU) are three of the five central executive bodies of the University of São Paulo (USP), which are responsible for managing the University. The Pro-Rectory of Graduation (PRG) and the Pro-Rectory of Post-Graduation (PRPG) coordinate undergraduate and graduate courses, ensuring internationally recognized quality education. The Pro-Rectory of Culture and University Extension (PRCEU) is responsible for USP's cultural and extension policies, promoting the university's dialogue with society. For the execution of our CBDynamics project, the support and assistance of the Pro-Rectories was essential, since our participation in the iGEM competition in 2024 is thanks to the financial support that the institutions of our University made available to us.
Our esteemed university has played a pivotal role in this journey, and today it is recognized as the best university in Latin America, mainly because it values the development of research and scientific innovation. We greatly appreciate the investment and trust in our group. The regional engineering campus provided us with the knowledge and hunger to embark on this challenge. The financial and structural support of these institutions has enabled us to submit the project for evaluation this year.
The Department of Biotechnology - LOT is part of the Lorena School of Engineering of the University of São Paulo - EEL/USP. In this department, several researches are developed in the areas of microbiology, lignocellulosic residues, etc., in addition to developing different biotechnological processes. Currently, the department has eighteen professors, each of whom develops their scientific aspects in the college's laboratories. This year, DEBIQ was fundamental in our team's participation in the iGEM competition by funding the registration of a team member so that she could be in person presenting our project.
The Department of Materials - DEMAR began its activities in 1978 asthe Niobium Project, and since 2006 it has been part of the School ofEngineering of Lorena (EEL/USP). In this space, the specific disciplines of the Materials Engineering and Physics Engineering courses are taught. In 2024, DEMAR was responsible for the registration of a team member, a physics engineering student, in the iGEM competition, so that she could be in person presenting our project.
The Laboratory of Synthetic and Molecular Biology (SyMB Lab) is part of the Department of Biotechnology at the Lorena School of Engineering. In this laboratory, lines of research are developed in the area of microbiology, genetic engineering, computational biology, synthetic biology, and many others, with a focus on their industrial applications. With the permission of Dr. Fernando Segato, our secondary PI and also coordinator of the laboratory, our team used its space and apparatus for the experiments and tests pertinent to the CBDynamics project.
The EEL USP Synthetic Biology Club (CBSin) is a student group that aims to disseminate knowledge about synthetic biology, through scientific events, dissemination on social networks and internal meetings for scientific discussions. The USP-EEL-Brazil team belongs to CBSin, denoting the extreme influence that the entity plays on our project and actions. This year we also had the financial support of the club so that our project could be presented in Paris.
Promega Corporation is a leading global biotechnology company, which produces tools and inputs of interest to the pharmaceutical, biotechnology, biomedical and research laboratory sectors, aiming at the effective and creative application of science. Among these tools are "toolkits" of chemical reagents and integrated systems. In 2024, we were one of the 10 iGEM teams chosen to receive a Promega kit, which helped us in laboratory research for our project.
The Brazilian Association of Synthetic Biology is a private, non-profit institution that proposes the connection between scientists, students and synthetic biology enthusiasts, offering support and assistance to the Brazilian scientific community. During this year, SynBioBR made it possible for us to participate in the first Brazilian Congress of Synthetic Biology and helped us with important ideas and contacts for the success of our project.
We had the support of the CEO of the synthetic biology company, BioLinker, Mona das Neves Oliveira for the writing of our BusinessPlan. BioLinker works with genetic engineering tools to produce recombinant enzymes in an accelerated manner and with a lower risk of failure. Mona's feedback was essential for us to write our BusinessPlan with the information of interest to the market and to clarify the purpose and production methods of our project.